GBrowse Details: BnaC09T0138100GG

Name:

BnaC09T0138100GG

Type:

mRNA

Source:

PASA

Position:

ganganF73v0_C09:11078049..11080131 (- strand)

Length:

2083

load_id:

BnaC09T0138100GG

parent_id:

BnaC09G0138100GG

primary_id:

1158224

gbrowse_dbid:

general

Parts:

Name:	BnaC09T0138100GG.exon5
Type:	exon
Source:	PASA
Position:	ganganF73v0_C09:11078049..11078144 (- strand)
Length:	96
parent_id:	BnaC09T0138100GG
primary_id:	1158233

Name:	cds.BnaC09T0138100GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C09:11078049..11078144 (- strand)
Length:	96
parent_id:	BnaC09T0138100GG
primary_id:	1158234

Name:	BnaC09T0138100GG.exon4
Type:	exon
Source:	PASA
Position:	ganganF73v0_C09:11078503..11078666 (- strand)
Length:	164
parent_id:	BnaC09T0138100GG
primary_id:	1158231

Name:	cds.BnaC09T0138100GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C09:11078503..11078666 (- strand)
Length:	164
parent_id:	BnaC09T0138100GG
primary_id:	1158232

Name:	BnaC09T0138100GG.exon3
Type:	exon
Source:	PASA
Position:	ganganF73v0_C09:11078866..11079086 (- strand)
Length:	221
parent_id:	BnaC09T0138100GG
primary_id:	1158229

Name:	cds.BnaC09T0138100GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C09:11078866..11079086 (- strand)
Length:	221
parent_id:	BnaC09T0138100GG
primary_id:	1158230

Name:	BnaC09T0138100GG.exon2
Type:	exon
Source:	PASA
Position:	ganganF73v0_C09:11079136..11079579 (- strand)
Length:	444
parent_id:	BnaC09T0138100GG
primary_id:	1158227

Name:	cds.BnaC09T0138100GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C09:11079136..11079579 (- strand)
Length:	444
parent_id:	BnaC09T0138100GG
primary_id:	1158228

Name:	BnaC09T0138100GG.exon1
Type:	exon
Source:	PASA
Position:	ganganF73v0_C09:11079671..11080131 (- strand)
Length:	461
parent_id:	BnaC09T0138100GG
primary_id:	1158225

Name:	cds.BnaC09T0138100GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C09:11079671..11080131 (- strand)
Length:	461
parent_id:	BnaC09T0138100GG
primary_id:	1158226

>BnaC09T0138100GG class=Sequence position=ganganF73v0_C09:11078049..11080131 (- strand)
ATGGCTCTTT CATCTTCGCG TAGCTGGAGA TATAACGTAT TCTTAAGCTT CCACGGGCCT GACGTCCGCA GTTCATATCT
CAGTCACTTA CGCAAACAGT TTGAACGCAA TGGAATCATA ACGTTCAATG ACCAAGAGAT CGAGAGAAGT CAGACCATTA
AACCCGAGCT CACTCGGGCA ATACAAGAAT CAAGAATCTC GATTGTGGTG CTCTCCCAGA ACTATGCTTC TTCGAGTTGG
TGCTTGAACG AGCTGGAGGA GATTTTGGAT TTCAAGGAAA CCGGACAGAT AGTGATGACG GTTTTCTACA AAGTGAACCC
ATCTGATGTG AGGAAGCAAA TCGGAGGATT TGGGAAGGTT TTCAAGAAAA CTTGCCAAAG GAAAACGGAG ACGGAGATAC
AGAGTTGGAC TAAAGCCCTG ACGCATGTCG CCAACATAGA AGGAGAACAC TCCTTGAACT GGTTAGCTGT TATGCTACAA
AACTCGGCTT AAAGTTTACA CTTAGCCATA TAGACATGAT GGATATAATG ATTTTTTTCT TCTCATTTTT AGGGTAAACG
AAGCGGATAT GATTGAGAAA ATTGCCACCG ATGTTTCGAA CAAACTAAAT GTGTCATTGT CAAGGGATTT TGATTGCATG
GTGGGACTTG AAGATCATTT GGAAAAAATG AAGTCTTTGT TACATTTAGA AAACAATGAA GCGATGATTG TTGGAATCTC
TGGTCCGGCA GGCATTGGTA AGACTACCAT TGCGAGAGCT TTATTCAATC AACTCTCTTT TTCATTTCCG CTTAGATATT
TTATGGGAAA TGTTAAGGGG AGTTATAGGA GAACTGATTG TGATGAGCAT GGCTTGAAGC TGCGTTTACA AGAACAACTA
CTTAAGAAAA TTTTGAACCA AAAAAGAATG AAGATAAGTC ACTTAAATGT AATATACGAA AGGCTAGGCA ACCAAAAGGT
TCTCATCATT CTTGATGACG TGGATCATCT TGAGCAGTTA GATGCACTTG GCTAGAGATA TTTCTTGGTT CGGTCATGGA
AGTAGGATTA TTGTGACAAC GGAAGATCAA GAGCTTTTGC AGCAACATGG TATCAACAAT GTATACAATG TGGCTTTTCC
ATCTAGTGAA GAAGCTCTTG GGATCTTTTG TCTATCTGCT TTCAAACAAA TTTCTCCGCC TAATGGTTTT GGGAGGCTTG
CGGAACGAGC AGCAGAGCTT TGCAGTAATC TTCTCTTGGG TCTCTGCGTT GTGGGTTCAT CTTTGCGTAA GAAGAAGGAG
GACGAGTGGG AAGTTGTACT GCATAGACTA GAAACTAGTC TTGATCGAGA TATCGAGAGA ATACTTAAGA TCGGGTATGA
TGGTTTACAT GAGAAAGATC AAGCTCTGTT TCTATACATT ACAGTCTTCT TCAACTATAC AAAGTGTGAC CATTTGAGTG
CCATGCTTGC TGACTTAGAT GAAAGAGACG GGTGATAAAT CTCTCATATG TATATCTACC AATGGGGATA TACAGATGCA
CAAGTTACTA CAACAAGTGG GTACACAAGA AATTAAAAGA CAAGAGCCTT GGAAACGACA CATCTTAATT GACCCTTATG
AGATTTGTGA TGTCCTTCAA TCTAGCACAG TAAGATCTTC ATTAATTTAC TTCTTAAACA GAAACTTATA CTCATTTCGT
TTCGATTTAG TTGTTGTTGT AGGGGAAAAA AATTGTTTCA AAATAAGTGT CGTTTTAGAG TTTCAATGCA AAATTTATTA
ATAAGATTCT CTATTTTATT TTTCTATTAG TTGAAATATG GTTACGTGTA TAAGTAATTG CATTTTTATT TTGGAAATAT
ATAAAATCAT ATGTTTTCTT AATCTGTGTG CATAAACGTA GAACGACAAT TAAAATGAAA AGGAGAGAGT ACTATTTTGC
AGATACTATA TTTCCTTGTT AAGCTATCTG ACATATTGTG CTAACAAATA CTTGGGAAAA TTTCTAGGGT ACTGGTACTG
TGATGGGTAT ATCTTTTGAT ATAACTGAAA TCAGCAAAGT GTCTATAAGC AAGAAAACCT TTAGAAGAAT GTGTAATCTC
TGA